User:Maschen/Wikiworks

Articles

Article drafts and sandboxes

• User:Maschen/Mathematical descriptions of physical laws
• User:Maschen/Defining equation (physics)
• User:Maschen/Equation (physics)
• User:Maschen/Bargmann-Wigner equations
• User:Maschen/Hamilton-Jacobi-Einstein equation
• User:Maschen/Schrödinger equation (exact solutions)
• User:Maschen/Gluon field strength tensor
• User:Maschen/Angular momentum graphs, User:Maschen/Angular momentum diagrams (a redirect)
• User:Maschen/Fractional differential forms
• User:Maschen/Fractal spacetime
• User:Maschen/Fractals in Clifford and geometric algebra
• User:Maschen/Spherical basis
• User:Maschen/Relativistic angular momentum
• User:Maschen/Symmetries in quantum mechanics
• User:Maschen/Thermodynamics in curved spacetime
• User:Maschen/Komar quantity Redundant from Komar mass
• User:Maschen/Relativistic statistical field theory
• User:Maschen/Cartesian tensor
• User:Maschen/Geometric algebra
• User:Maschen/irrep
• User:Maschen/Lubanski
• User:Maschen/twistor theory
• User:Maschen/wave function
• User:Maschen/Spin wave function

Mainspace articles

Formularies

• Mathematical descriptions of physical laws, once an article, now a redirect to Laws of science
• Defining equation DAB for:
  • Defining equation (physics)
  • Defining equation (physical chemistry)
• List of equations in wave theory
• List of equations in fluid mechanics
• List of electromagnetism equations
• List of equations in gravitation
• List of photonics equations
• List of equations in quantum mechanics
• List of equations in nuclear and particle physics

Specific subjects

• Bargmann–Wigner equations
• Hamilton–Jacobi–Einstein equation
• Gluon field strength tensor
• Relativistic quantum mechanics
• Relativistic angular momentum
• Symmetries in quantum mechanics
• Rate (particle physics), now a redirect to Cross section (physics)
• Cartesian tensor
• Spherical basis
• Tensor operator
• Angular momentum diagrams (quantum mechanics)
• Function of several real variables
• Gluon field
• Hamiltonian field theory
• Relativistic Lagrangian mechanics

Biographies

• Leslie Lawrence Foldy
• Arthur Komar
• Siegfried Adolf Wouthuysen
• Józef Lubański
• Gerrit Bol
• Walter Greiner

Disambiguations

• Leslie Lawrence
• Spin matrix

Templates

• {{equation box 1}}
• {{dimanalysis}}
• {{braket}}
• {{vec}}
• {{intmath}}

• {{overset}}
• {{underset}}
• {{ldelim}}
• {{rdelim}}
• {{delimiter-es}}

Diagrams

The following are so trivial anyone could draw them, and the quality pales in comparison to a number of excellent physics/mathematics editors... Nevertheless the situation called for them, so they were created.

If you need help with SVG images or simple animated GIFs (still practicing with this), please ask me. If I can't help then sorry!... in which case it's instructive to ask any one of the following users who produce excellent diagrams and/or animations (superior to mine obviously!):

• User:LucasVB
• User:Sam Derbyshire
• User:Sbyrnes321
• User:Crowsnest
• User:JohnBlackburne
• User:Brews ohare

plus others I have not encountered, or possibly

• Wikipedia:Graphic Lab
• the talk pages of the relevant articles and/or the Wikiproject,

and someone will hopefully eventually help.

External link

• 
  Phase plane nodes
• 
  continuity equation closed surface
• 
  continuity equation open surface
• 
  continuity equation quantities
• 
  curl in vector calculus
• 
  Curl theorem in EM
• 
  Divergence theorem in EM
• 
  General flux diagram
• 
  Flux and solid angle
• 
  Electric charge and magnetic monopoles.
• 
  Electric dipole and magnetic dipole.
• 
  Fields due to colour charges (quarks).
• 
  Newtonian gravity field
• 
  Relativistic gravitation, heuristic illustration
• 
  Gravitomagnetic field.
• 
  Magnetic field due to a Magnetic moment.
• 
  Magnetic field due to an electric current.
• 
  Rotational fluid drag.
• 
  De broglie wave packet
• 
  De broglie plane wave
• 
  Lorentz transformation between inertial frames in Minkowski space.
• 
  Lorentz transformation between accelerating frames in Minkowski space.
• 
  Lorentz transformation between inertial frames in 3-space.
• 
  Principle of least action
• 
  Generalized coordinates with 1 and 2 degrees of freedom
• 
  Line element
• 
  Basic kinematics
• 
  Relative velocity in classical mechanics
• 
  Angular momentum in of a classical particle
• 
  LS coupling
• 
  Spin-1/2, heuristic representation
• 
  quantum orbital angular momentum, heuristic representation
• 
  Geodesic deviation on a sphere, in the general relativistic equation of motion.
• 
  Magnetic force on a wire element
• 
  Lorentz force on a charged particle
• 
  Lorentz force on a charged continuum
• 
  Two particle wavefunction
• 
  wavefunction
• 
  Feynman diagram
• 
  Matrix multiplication.
• 
  3d volume
• 
• 
• 
• 
• 
• 
• 
• 
  Change of basis
• 
  two bases same vector
• 
  Exterior product of vectors.
• 
  Exterior product of one-forms.
• 
  The gradient as a linear form
• 
• 
• 
• 
  1-form linear functional
• 
  Vector and 1-form in curvilinear coordinates
• 
• 
• 
  Basis multivectors
• 
  Geometric product
• 
  projection
• 
  rejection
• 
  reflection
• 
  rotor
• 
• 
  Linear transform of an n-vector
• 
  Commutative diagram for the representation theory of the Lorentz group
• 
  Commutative diagram for split-complex number
• 
  Hyperbolic triangle
• 
  Hyperbolic angle
• 
  Hyperbolic angle
• 
  Circular and hyperbolic angles
• 
  Circular and hyperbolic rotations
• 
  Oriented surface
• 
  Vector triangle for deriving the cosine rule
• 
  For deriving inverse trigonometric identities
• 
  Area conservation in a squeeze mapping
• 
• 
• 
  Levi-Civita indices (3d only)
• 
  Levi-Civita indices (3d only)
• 
  Levi-Civita indices (3d only)
• 
  Non-injective function
• 
  Injective function
• 
  Non-injective function
• 
  Non-surjective function
• 
  Non-surjective function
• 
  Equation illustration
• 
  Multiplication, division, collecting like terms
• 
  Addition, subtraction, negation, collecting like terms
• 
  Animation showing the balance analogy of the equation x/6 + y = z/2: multiplication, collecting like terms, subtraction, factorization.
• 
  Perpendicular and parallel unit vectors
• 
  Polar coordinate unit vectors and normal
• 
  Tangent, normal, and binormal unit vectors
• 
  Binormal unit vectors left
• 
  Angular unit vector
• 
• 
• 
• 
• 
• 
• 

The following are specifically for angular momentum diagrams (quantum mechanics):

• 
• 
• 
• 
• 
• 
• 
• 
• 
• 
• 
• 
• 

The following are textual/schematic diagrams:

• 
• 

The following are specifically for {{oiint}}, {{oiiint}}, {{intorient}}:

• 
  \varointctrclockwise
• 
  \varointclockwise
• 
  \ointctrclockwise
• 
  \ointclockwise
• 
  \varoiintctrclockwise
• 
  \varoiintclockwiseLaTeX
• 
  \oiint
• 
  \oiintctrclockwise
• 
  \oiintclockwise
• 
  \oiiintclockwise
• 
  \oiiintctrclockwise
• 
  \oiiint
• 
  \varoiiintclockwise
• 
  \varoiiintctrclockwise

In addition I have converted to SVG numerous drawings created by others in PNG/JPEG, those tagged with the request. If you need SVG conversion, ask me. Here are some:

• 
  Magnetic dipole by Kakila
• 
  Exterior calc cross product Leland McInnes
• 
  Line/plane intersection by Selfstudier
• 
  Conformal embedding in geometric algebra by Selfstudier
• 
  Levi-Civita symbol by Qniemiec
• 
  Stress energy tensor, based on File:StressEnergyTensor.svg created by Bamse.
• 
  Radioactive decay modes by MarsRover
• 
  EM radiation due to a radiating dipole antenna by Averse
• 
  Elementary-doublet dipole antenna by LP
• 
  Charged particle drifts due to Lorentz force by Stannered